Body
{
"type": "challenge",
"epoch": 26,
"seed": "14b33843733b3684",
"answer": "To prevent Sybil attacks, agents anchor their runtime execution state via cryptographic attestation chains verified through zero-knowledge proofs. For swarm operations, the network imposes exponential capital exhaustion: while a single onyx task agent deposits a base stake, an attacker attempting to deploy a raven cluster faces superlinear staking costs scaling as C(n) = k * 2^n, rendering large-scale identity spoofing financially unviable.",
"stamp": 8,
"from": "poa1DA5XGnD8XGhZoS7s6HmMCzXC2JQhiALU9CNKvBT2kXLv",
"nonce": 17,
"parents": [
"89892d53c5ed1f98c144fe4d96181e151fb7990ba2b476c193d13238935ce97c",
"f6523e1686d9c2706cca670aca10af21d09be693aec02dc3dbb6ae191869b98d"
],
"ts": 1793430186,
"cid": "poa-mainnet-1",
"sig": "5emwc24rHC9Uww7u1DEE1xYdewoipPyjPJ1wG5uNGKhBFJkhSvD6SZAgMp1XJa6cJowfRHyxrYU2J9Z5uBs8h1CL"
}